JP2018199531A - Package - Google Patents

Abstract

To provide a package that can quickly and easily form a three-dimensional shape from a folded state, hold a drinking cup and the like, and is not bulky even when stored before use.SOLUTION: A package body P1 has a bag body 1 flatly folded with a gusset part 10 at the bottom and an inlet 11 on the opposite side of the gusset part 10 and the gusset part 10 closer to the bottom inside the bag body 1 and a holder sheet 2 flatly folded and having a single or a plurality of holding holes 21, 21a provided in parallel with the gazette part 10 at a position separated from the gusset part 10, and can quickly and easily make a three-dimensional shape from a folded state, hold a drink cup and the like, and is not bulky even when it is stored before use.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a package. More specifically, the present invention relates to a package that can quickly and easily be made into a three-dimensional shape from a folded state to hold a beverage cup or the like and is not bulky even during storage before use.

  When taking a cup of coffee such as coffee provided at a convenience store, take a cardboard or a plastic bag into the packaging bag to prevent the cup from tilting or falling and spilling the contents. An assembly-type packaging carrier made of thin cardboard or the like is inserted, and a cup is inserted and held in a holding portion of the packaging carrier so that it can be taken home.

  As such a packaging carrier, for example, there is a “cup holder” disclosed in Patent Document 1. This cup holder is made of paper and has a structure in which a sheet cut into a predetermined shape is assembled into a three-dimensional shape.

JP 2005-320021 A

However, the packaging body configured by putting the cup holder as described above in a packaging bag has the following problems. That is, when packaging a product such as a cup-beverage with the package, the cup holder is assembled after receiving the customer's order, and is put into a three-dimensional shape and put into a packaging bag.
However, it is difficult to put the assembled cup holder into the packaging bag quickly and smoothly, and it takes too much time for the packaging work to be performed in parallel with the registering work such as cash registering. Often it was letting me go.

  Furthermore, as another method, there is a method in which the cup holder is assembled in advance to form a three-dimensional shape, or the three-dimensional shaped cup holder is accommodated in a packaging bag and prepared in this way. Since the prepared items are three-dimensional and bulky, there may be no space in a narrow store such as a convenience store, which is not practical as a countermeasure for the above problem.

(Object of the present invention)
The present invention was devised in view of the above points, and provides a packaging body that can quickly and easily have a three-dimensional shape from a folded state to hold a beverage cup and the like and is not bulky even during storage before use. The purpose is to do.

Means taken by the present invention to solve the above problems are as follows.
(1) The present invention includes a bag body folded flat and having a gusset portion at the bottom and an opening on the opposite side of the gusset portion, and the gusset portion near the bottom in the bag body Is a package including a holder sheet which is provided in parallel with the gusset portion and has a single or a plurality of holding hole elements and is folded flat.

(2) In the present invention, the bag body and the holder sheet are formed of a plastic film, and the holder sheet is provided with a thermal fusing part on both sides in the width direction of the bag body and the holding hole element. It can be set as the structure attached integrally with the said bag main body in the heat welding part of the both edge parts on the opposite side and the said bag main body.

  In this case, it can be easily manufactured by a general manufacturing facility for a plastic film packaging bag, that is, a facility provided with a folded sheet portion, a heat seal portion and the like.

(3) The present invention can be configured such that the holder sheet is folded in two so that the direction of the fold is parallel to the direction of the gusset portion.

  In this case, since the both ends of the holder sheet are fixed over the entire length of the upper and lower widths by a heat welding part or the like, when holding the beverage cup or the like in the holding hole element, the pulling force due to the hole edge part fully expanding Thus, the lower side of both ends of the holder sheet is tensioned, and each held beverage cup becomes more stable.

(4) In the present invention, the holding hole element may be configured to be edged in a required hole shape with a weak line that allows breakthrough.

  In this case, the beverage container can be easily held by the formed hole by breaking through the portion formed by the weak line of the holder sheet with an operator's finger or a beverage cup. Moreover, even if the part formed with the weak line is pierced, it usually remains without being partly connected, so that generation of debris can be prevented.

(5) The present invention may be configured to include a grip means that is formed directly on the bag body or attached to the bag body.

In this case, it becomes easy to carry the packaged beverage cup and the like, which is convenient for taking home.
As grip means, in addition to the handle hole provided in the bag body, a string-like or belt-like handle is welded to the bag body, or a grip portion is provided at the bottom of the handle, and the upper edge of the bag is sandwiched. Other known handles such as those worn and attached can be employed.

(Work)
The operation of the package according to the present invention will be described.
Since the packaging body is not bulky when folded flat, it can be stored in a large amount in a narrow space by stacking or the like.

  When packaging a beverage cup (cup beverage), a beverage container, or the like using the package, first, the bag body is expanded from the folded state. As a result, the bottom gusset portion expands, and the holder sheet automatically opens together with the gusset portion so that the holding hole element of the holder sheet can be used as a holding portion for a beverage cup or the like. In this way, the packaging body can be made into a three-dimensional shape that is easy and easy to package by simply expanding the bag body.

And a drink cup etc. are put in a holding hole element, the bottom part of each drink cup etc. is stored in the bag bottom formed by the gusset part of a bag body expanding, and the outer peripheral parts of each drink cup etc. stick to a hole edge And is held by a holder sheet within the bag body.
Thereby, the packaging body holding a beverage cup or the like can be carried in a state where each beverage cup or the like is stable.

  INDUSTRIAL APPLICABILITY The present invention can provide a packaging body that can quickly and easily have a three-dimensional shape from a folded state to hold a beverage cup or the like and is not bulky even during storage before use.

It is a perspective view which shows 1st Embodiment of the package which concerns on this invention. It is AA sectional drawing in FIG. It is a perspective view which shows the state which expanded the packaging body shown in FIG. It is a perspective explanatory view which shows the state which expanded the package shown in FIG. 1, accommodated and hold | maintained the drink cup. It is front view explanatory drawing which shows the state which accommodated and hold | maintained the drink cup in the package shown in FIG. It is BB sectional drawing in FIG. It is a perspective view which shows 2nd Embodiment of the package which concerns on this invention. It is explanatory drawing of the package body manufacturing apparatus for enforcing the 1st method of the manufacturing method of the package body which concerns on this invention. It is explanatory drawing of the package body manufacturing apparatus for enforcing the 2nd method of the manufacturing method of the package body which concerns on this invention. It is a perspective view which shows 3rd Embodiment of the package which concerns on this invention. It is a perspective view which shows 4th Embodiment of the package which concerns on this invention. It is a perspective view of the state which expanded the package which shows 5th Embodiment of the package which concerns on this invention. It is explanatory drawing which shows the other form of a holding hole. It is explanatory drawing which shows the modification of the package which concerns on this invention.

The present invention will be described in detail based on the embodiments shown in the drawings.
Please refer to FIG. 1 to FIG.
The package P1 is composed of a bag body 1 and a holder sheet 2 that are each formed of a plastic film. The bag body 1 and the holder sheet 2 are transparent and the holder sheet 2 is colored to facilitate the operation of holding a beverage cup or the like. There are various combinations of these colors, and both of them can be the same color or transparent, or a store logo mark can be printed.

  As shown in FIG. 1, the bag body 1 has a rectangular shape when folded flat. On the bottom side of the bag main body 1 (bag bottom side: lower right side in FIG. 1), a lateral gusset portion 10 having a required width is formed by being folded. Moreover, in the bag main body 1, the opposite side to the gusset part 10 is opened, and the slot 11 is formed. Long hole-like handle holes 12 and 12a are formed near the edge of the sheet on both sides on the side of the slot 11.

Inside the bag body 1, parallel to the gusset 10 (or in parallel) at a position near the bottom (closer to the bottom than the inlet 11 on the opposite side of the bottom) and slightly away from the gusset 10. ) A holder sheet 2 is attached. The holder sheet 2 is folded in two on the side close to the gusset portion 10 as a valley fold 20 in the use posture (see FIG. 3) (see FIGS. 1 and 2).
2 is a cross-sectional view taken along the line AA in FIG. 1, but for convenience, the cross-sectional view is shown in a state slightly inflated from the state shown in FIG.

  Also, holding holes 21 and 21a, which are holding hole elements, are formed at two positions on the fold line 20 side of the holder sheet 2 at a slight interval. The holding holes 21 and 21a appear in a semicircular shape in the folded holder sheet 2 (see FIG. 1), and when used, the holding holes 21 and 21a become through holes that are nearly circular when the holder sheet 2 is opened (see FIG. 1). 3).

  The holder sheet 2 includes heat fusing parts 15 and 15a obtained by heat fusing both sides in the width direction of the bag body 1, both edges on the opposite side of the holder sheet 2 from the side where the holding holes 21 and 21a are provided, and the bag. It is attached so as to be integrated with the bag main body 1 by heat welding portions 16 and 16a that are heat-welded to both sides of the main body 1 over the entire width.

(Work)
The operation of the package P1 will be described with reference to FIGS.
Since the package P1 is not bulky when folded flat as shown in FIG. 1, it can be stored in a large amount in a narrow space, for example, by being stacked.

  When packaging the beverage cup 3 using the package P1, first, the bag body 1 is expanded from the folded state as shown in FIG. Thereby, the gusset part 10 at the bottom part is expanded, and the holder sheet 2 is automatically opened at the same time, and the holding holes 21 and 21a of the holder sheet 2 are formed so that the holder cup 2 can be used as the holding part of the beverage cup 3. Thus, the packaging body P1 can be made into a three-dimensional shape that facilitates the packaging operation quickly and easily simply by expanding the bag body 1.

  And the drink cup 3 is put in the holding holes 21 and 21a, the bottom part of each drink cup 3 is stored in the bag bottom formed by the gusset part 10 of the bag main body 1 expanding, and each drink cup 3 in the bag main body 1 is formed. Is held by the holder sheet 2. Thereby, a finger can be put into the handle holes 12 and 12a of the package P holding the beverage cup 3 and carried.

  In addition, the size of the holding holes 21 and 21a is set so that the hole edge portion comes into close contact with the outer surface of the beverage cup 3 when the beverage cup 3 is inserted as described above. Furthermore, since both end portions of the holder sheet 2 are welded over the entire length of the upper and lower widths by the heat welding portions 16 and 16a as described above, the pulling force due to the hole edges of the holding holes 21 and 21a being fully expanded The lower end sides of both ends of the holder sheet 2 are tense (see FIG. 5), and the held beverage cups 3 are more stable.

Please refer to FIG.
The attachment structure of the holder sheet is not limited to the structure of the package P1, but may be configured as the package P2. In FIG. 7, the same or equivalent portions as those of the package P <b> 1 are denoted by the same reference numerals, overlapping description of the structure is omitted, and only different points are described.

In the package P2, the heat welded portions 16b and 16c, which are the heat welded portions between the both edge portions of the holder sheet 2a opposite to the side where the holding holes 21b and 21c are provided, and the both side sheets of the bag body 1 are Are provided at the same positions as those of the heat welding parts 16 and 16a.
Further, in the holder sheet 2a, the holding holes 21b and 21c are provided on the side of the opening 11 of the bag body 1 opposite to the holder sheet 2, and the fold line 20a is mountain-folded in the use posture (see FIG. 3). Structure.

(Work)
According to the package P2, the package is not bulky in a flat folded state, and can be stored in a large amount in a narrow space by stacking, etc., and by simply expanding the bag body 1, the package can be packaged quickly and easily. Each of the beverage cups 3 held and held at the lower ends of both ends of the holder sheet 2a is tensioned by the point that the work can be easily formed into a three-dimensional shape and the hole edges of the holding holes 21b and 21c are fully expanded. Is more stable than the package P1.

  In addition to the above-described operation, the package P2 has a fold 20a of the holder sheet 2a that is a mountain fold. Therefore, when the beverage cup 3 is put into the holding holes 21b and 21c, the holding holes 21b and 21c are close to the slot 11. Since the holding holes 21b and 21c are once opened largely before being lowered to the bottom side, the holding holes 21b and 21c can be easily confirmed and the holding work can be performed more easily.

Next, with reference to FIG. 8, the schematic structure of the packaging body manufacturing apparatus which manufactures the said packaging body P1, and a manufacturing method are demonstrated.
The package manufacturing apparatus 5 has a tube roll 50 set so as to be fed out. The tube (reference numeral omitted) of the tube roll 50 is a plastic film tube forming the holder sheet 2.

  In a subsequent process of the tube roll 50, a cutting blade 51 that opens a tube fed out from the tube roll 50 is set. The cutting blade 51 is configured to open a fold portion on one side of the tube (the side opposite to the side where the holding holes 21 and 21a are punched).

  In the subsequent process of the cutting blade 51, a punching machine 52 for punching the other crease side of the tube opened as described above is disposed. The punching machine 52 has a half-moon type cutting blade (reference numeral omitted) that punches the cut open tube to be fed into two semi-circles at a time to form the holding holes 21 and 21a.

  In a subsequent process of the punching machine 52, a sheet roll 53 set so as to be fed out is provided. A sheet (reference numeral omitted) of the sheet roll 53 is a sheet made of a plastic film that forms the bag body 1.

In the subsequent process of the sheet roll 53, a half-folding machine 54 that folds the sheet fed from the sheet roll 53 in half is disposed.
In the subsequent process of the half-folding machine 54, a gusset part forming machine 55 for forming the gusset part 10 by folding the folding side of the sheet inward is disposed.

  In the portion where the sheet is folded in half by the half-folding machine 54, the tube in which the holding holes 21 and 21a are formed by the punching machine 52 between the sheets on both sides is parallel to the gusset portion 10 with a necessary interval. It is inserted like

In the subsequent process of the gusset portion forming machine 55, both the edge portions on the opposite side to the holding holes 21 and 21a of the tube sandwiched as described above and the two folded sheets are required from the front and back sides. The heat sealing machines 56 and 56a that are heat-welded with the length of are arranged.
Further, a handle hole punching machine 57 for punching and forming the handle holes 12 and 12a in the sheets on both sides is disposed beside the heat sealing machines 56 and 56a.

  In the subsequent process of the heat sealing machines 56, 56a and the handle hole punching machine 57, the bi-folded sheet to be sent and the cut tube are sent in the direction in which they are sent at the required interval (width of the package P1). A thermal cutting machine 58 that performs thermal cutting in the orthogonal direction is disposed.

The manufacturing method of the package P1 using the said package manufacturing apparatus 5 is as follows.
(1) The tube which is drawn out from the tube roll 50 and forms the holder sheet 2 is opened with the cutting blade 51. Although the tube thus cut open is not strictly a tube, it will be described as a tube for the sake of convenience.
(2) The crease side opposite to the side where the tube is cut open is punched into a semi-circle by a punching machine 52 to form the holding holes 21 and 21a.

(3) In the subsequent process of the punching machine 52, the sheet fed from the sheet roll 53 is folded in half by the half-folding machine 54, and the gusset part forming machine 55 folds the folded side of the sheet inward to form the gusset part 10. To do.

(4) In the portion where the sheet is folded in half by the half-folding machine 54, the tube in which the holding holes 21 and 21a are formed by the punching machine 52 between the sheets on both sides is spaced from the gusset portion 10 by a necessary distance. And sandwiched in parallel.

(5) In the subsequent step of the gusset portion forming machine 55, both edge portions opposite to the holding holes 21 and 21a of the sandwiched tube and the two folded sheets are formed by the heat sealing devices 56 and 56a. It heat-welds by the required length from the front and back sides, and the heat-welding parts 16 and 16a are formed. Further, the handle holes 12 and 12a are punched and formed in the sheets on both sides by the handle hole punching machine 57.

(6) In a subsequent process of the heat sealing machines 56 and 56a and the handle hole punching machine 57, a required interval in the direction in which the folded sheet and the cut tube are fed by the thermal fusing machine 58 (the width of the package P1). After that, heat fusing is performed in a direction perpendicular to the feeding direction, and the heat fusing parts 15 and 15a are formed. In this way, the folded sheet (becomes the bag body 1) and the opened tube (becomes the holder sheet 2) are integrated through the heat welding parts 16, 16a and the heat fusing parts 15, 15a, and the package P1 Is formed.

  In addition, the feeding position of the tube forming the holder sheet is slightly shifted to the side where the handle hole is formed, and the side where the holding holes 21b and 21c are formed in the tube is on the side opposite to the packaging body manufacturing apparatus 5 ( By setting it to the side close to the handle holes 12 and 12a, an apparatus for producing the package P2 can be obtained.

With reference to FIG. 9, the schematic structure of the packaging body manufacturing apparatus which manufactures the packaging body P3 mentioned later, and a manufacturing method are demonstrated.
The package manufacturing apparatus 5a has a tube roll 50 set so as to be fed out. The tube (reference numeral omitted) of the tube roll 50 is a plastic film tube forming the holder sheet 2b (see FIG. 10).

  In a subsequent process of the tube roll 50, a cutting blade 51 that opens a tube fed out from the tube roll 50 is set. The cutting blade 51 is configured to open a fold portion on one side of the tube (the side opposite to the side where the weak lines 22 and 22a (see FIG. 10) are punched).

  In the subsequent process of the cutting blade 51, a sheet roll 53 is set so as to be fed out. A sheet (reference numeral omitted) of the sheet roll 53 is a sheet made of a plastic film that forms the bag body 1.

In the subsequent process of the sheet roll 53, a half-folding machine 54 that folds the sheet fed from the sheet roll 53 in half is disposed.
In the subsequent process of the half-folding machine 54, a gusset part forming machine 55 for forming the gusset part 10 by folding the folding side of the sheet inward is disposed.

  In the portion where the sheet is folded in half by the half-folding machine 54, the tube in which the fold portion on one side is opened between the sheets on both sides is sandwiched in parallel with the gusset portion 10 with a required interval. .

In the post-process of the gusset portion forming machine 55, both edge portions on the opposite side to the weak lines 22 and 22a of the tube sandwiched as described above, and both folded sheets are required from the front and back sides. The heat sealing machines 56 and 56a that are heat-welded with the length of are arranged.
Further, a handle hole punching machine 57 for punching and forming the handle holes 12 and 12a in the sheets on both sides is disposed beside the heat sealing machines 56 and 56a.

  In the subsequent steps of the heat sealing machines 56 and 56a and the handle hole punching machine 57, the semicircular fragile lines 22, 22a, 100 and 100a formed by perforations are formed on the cut tube and the sheets on both sides of the tube. 10) is provided. The fragile line forming machine 59 has semicircular intermittent cutting blades (reference numerals omitted) that form the fragile lines 22, 22a, 100, and 100a on the cut tube and the sheets on both sides of the tube.

  In the subsequent process of the weak line forming machine 59, the cut tube to be sent and the two folded sheets sandwiching the tube are sent at a required interval (width of the package P3) in the sending direction. A thermal cutting machine 58 that performs thermal cutting in the orthogonal direction is disposed.

The manufacturing method of the package P3 using the said package manufacturing apparatus 5a is as follows.
(1) The tube which is drawn out from the tube roll 50 and forms the holder sheet 2b is cut open by the cutting blade 51. Although the tube thus cut open is not strictly a tube, it will be described as a tube for the sake of convenience.

(2) In the subsequent process of the cutting blade 51, the sheet fed from the sheet roll 53 is folded in half by the half-folding machine 54, and the gusset part forming machine 55 folds the folding side of the sheet inward to form the gusset part 10. To do.

(3) Further, in the portion where the sheet is folded in half by the half-folding machine 54, the cut-opened tube is sandwiched between the sheets on both sides so as to be parallel to the gusset portion 10 at a required interval.

(4) In the subsequent process of the gusset portion forming machine 55, both edges of the sandwiched tube opposite to the side where the weak lines 22 and 22a are formed and the two folded sheets are heat-sealed. The machines 56 and 56a are heat-welded with a required length from the front and back sides to form the heat-welded portions 16 and 16a. Further, the handle holes 12 and 12a are punched and formed in the sheets on both sides by the handle hole punching machine 57.

(5) In the post-process of the heat sealing machines 56 and 56a and the handle hole punching machine 57, a semi-circular shape formed by perforated lines by a fragile line forming machine 59 on the cut open tube and the sheets on both sides folded. Weak lines 22, 22a, 100, 100a are formed. In addition, the weak lines 22, 22a, 100, and 100a are provided on both front and back sides of the package P3, and there are two places each on the front and back sides in a folded state, for a total of eight places.

(6) In the subsequent process of the weak line forming machine 59, the cut-opened tube and the sheets folded on both sides are separated by the thermal fusing machine 58 by a predetermined interval (width of the package P3) in the feeding direction. Then, thermal fusing is performed in a direction perpendicular to the direction in which the material is fed, and the thermal fusing parts 15 and 15a are formed. Thus, the cut-opened tube (becomes the holder sheet 2b) and the folded sheet (becomes the bag body 1) are integrated through the heat-welded portions 16, 16a and the heat-cut portions 15, 15a, and the package body P3 is formed.

  With reference to FIG. 10, the package P3 manufactured with the manufacturing method of the package demonstrated with reference to the said FIG. 9 is demonstrated. In FIG. 10, the same or equivalent portions as those of the package P <b> 1 are denoted by the same reference numerals, and redundant description of the structure is omitted, and only differences are described.

  The sheet on the fold 20 side of the holder sheet 2b and the sheets on both sides of the bag body 1 sandwiching the holder sheet 2b are semicircular fragile lines 22, 22a, 100, 100a formed by perforations at two positions overlapping each other. Is formed. The weak lines 22 and 22a of the holder sheet 2b are formed so that both ends reach the crease 20. The weak lines 100 and 100a of the bag body 1 are formed for convenience in order to form the weak lines 22 and 22a on the holder sheet 2b.

(Work)
The packaging body P3 is not bulky in a flat folded state, and can be stored in a large amount in a narrow space by stacking, etc. The packaging body can be quickly and easily packaged simply by expanding the bag body 1. The point that the three-dimensional shape can be easily formed, and the lower ends of the both ends of the holder sheet 2b are tensioned by the pulling force caused by the hole edge portion of the holding hole fully expanding, and the held beverage cups 3 are more stable. Is the same as the package P1.

  Further, the package P3 breaks the portion formed by the weak lines 22 and 22a of the holder sheet 2b with the operator's finger or the beverage cup 3, and the beverage cup 3 is formed by the formed holding hole (not shown). Easy to hold. Moreover, even if the part formed with the weak lines 22 and 22a is pierced, normally, a part remains connected and does not leave | separate, and generation | occurrence | production of a waste piece can be prevented now.

  If the sheet on both sides of the bag body sandwiching the holder sheet is punched out in order to form a holding hole in the holder sheet, a large amount of debris is produced during manufacturing, and a hole is formed in the punched part. This may affect the strength of the bag body. On the other hand, since the bag body 1 of the package P3 has only the weak lines 100 and 100a and no hole for reducing the strength is formed, the package P3 can solve this problem.

Please refer to FIG.
The holder sheet of the package may have a structure that the package P4 has. In addition, in FIG. 11, the same code | symbol is attached | subjected and shown to the same or equivalent location as the package P1, the overlapping description about a structure is abbreviate | omitted, and only a different point is demonstrated.

  In the package P4, the heat-welded portions 16d and 16e, which are the heat-welded portions between the both edges of the holder sheet 2c opposite to the side where the holding holes 21d and 21e are provided, and the both-side sheets of the bag body 1 are Are provided at the same positions as those of the heat welding parts 16 and 16a.

  Further, in the holder sheet 2c, the portion between the holding holes 21d and 21e (portion indicated by an imaginary line) is folded so as to be turned over from the state of the holder sheet 2 of the package P1. In other words, a line connecting the bottoms of the arcs of the holding holes 21d and 21e is folded inward with a fold 20b, and the intermediate part is folded in reverse with the fold 20c.

  According to the package P4, when the bag body 1 is opened at the time of use, a part of the hole edge part of the holding holes 21d and 21e, that is, a part corresponding to the part folded upside down (part represented by a dotted line) However, since it is located on the upper side (side closer to the slot 11) as compared with the holder sheet 2 of the package P1, the cup 3 can be easily aligned with the holding holes 21d and 21e and can be easily accommodated.

Please refer to FIG.
The holder sheet of the package may have a structure that the package P5 has. In FIG. 12, the same or equivalent portions as those of the package P <b> 1 are denoted by the same reference numerals, redundant description of the structure is omitted, and only differences are described.

  In the package P5, the holder sheet 2d is formed by first stacking two holder sheets having the same structure as that of the holder sheet 2 of the package P1 in the thickness direction, and contiguous the edge portions on the contact side of these holder sheets into a bellows shape, Furthermore, the edge part on the opposite side to the connected side is heat-welded to the bag body 1a in the same manner as the package P1. Thereby, the width when the holder sheet 2d is expanded is about twice that of the holder sheet 2 of the package P1, and the holding holes 21f, 21g, 21h, and 21i are formed in a total of four locations.

  According to the package P5, when the bag body 1a is opened at the time of use, the bag body 1a greatly expands, and the holder sheet 2d also expands accordingly, and four holding holes 21f, 21g, 21h, 21i are formed. . Since the packaging body P5 can accommodate and carry the four cups 3, it is efficient and convenient.

Please refer to FIG.
The holding hole provided in each holder sheet (for convenience, given reference numeral 2a) is not limited to a simple circular hole as described above, and may be an ellipse that is long in the extending direction of the holder sheet, for example. In this case, there is a margin in the hole edge of the holding hole, and the hole edge does not become tensioned even when the cup 3 is accommodated.

The holding hole 21j shown in FIG. 13A can accommodate two types of cups. The holding hole 21j includes a small diameter hole 25 and a weak line 26 formed by a perforation that forms a large diameter arc that is concentric with the hole 25.
And when accommodating a cup with a small diameter, the hole 25 is used as a holding hole as it is. When a large-diameter cup is to be accommodated, a large-diameter holding hole (not shown) is formed by cutting off the weak line 26, and this hole is used as a holding hole.

Further, the holding hole 21k shown in FIG. 13 (b) can accommodate various sizes of cups. The holding hole 21k includes a small diameter hole 27 and a weak line 28 formed by perforations provided at a plurality of locations with a predetermined length radially from the hole edge of the hole 27 and at a predetermined interval in the circumferential direction. It is configured.
And when accommodating a cup with a small diameter, the hole 27 is used as a holding hole as it is. Further, when a larger cup is accommodated, each weak line 28 may be cupped if each weak line 28 is pushed through the cup bottom of the cup 3 or if each weak line 28 is cut and accommodated. Therefore, it is possible to accommodate cups having different sizes up to the maximum diameter of each line of weakness 28.

  In the holder sheet 2a shown in FIG. 13, the holding holes 21j and 21k are provided on the inlet 11 side of the holder sheet 2a, similarly to the packaging bag P2 (see FIG. 7). Accordingly, for example, when the hole edge is cut off by the weak line 26 or when the cut is made in the weak line 28, there is an advantage that the work can be easily performed by the amount close to the inlet 11. Moreover, the holding hole which provided such a weak line can also be provided in the side (opposite side) far from the slot 11 like the holder sheet 2 of packaging bag P1 (refer FIG. 1).

  Refer to FIG. FIG. 14 shows a modified example of the package according to the present invention. In addition, in FIG. 14, the same code | symbol is attached | subjected and shown to the same or equivalent location as the package P1, the overlapping description about a structure is abbreviate | omitted, and only a different point is demonstrated.

A package P6 shown in FIG. 14 (a) has a structure in which both sheets of the bag body 1b are welded by a heat welding wire 13 provided below the handle holes 12 and 12a.
According to this, since the vicinity of the handles 12 and 12a is closed even when the bag body 1b is expanded at the time of use, for example, when a long cup is accommodated vertically, the cup is stable and convenient. is there.

A package P7 shown in FIG. 14B has a structure in which a rail fastener 14 is provided below the handle holes 12 and 12a of the bag body 1c.
According to this, since the upper part of the bag main body 1c can be closed with the rail fastener 14 as needed after cup accommodation, it is possible to carry a cup hygienically.

The package P8 shown in FIG. 14 (c) has a structure having cutout portions 17 and 17a obtained by cutting off corners on both sides of the upper portion of the bag body 1d at an angle of 45 °.
According to this, when the bag main body 1d is expanded and the cup is put inside, there is an advantage that the corner portion does not get in the way like the package P1, and the storing operation is easy.

The package P9 shown in FIG. 14 (d) has a holder sheet 2e that is long in the vertical direction (about twice as long as the holder sheet 2 of the package P1), and the heat-welded portion 16f is provided at the intermediate portion thereof. With this structure, pockets 18 having heat-welded portions 16f as bottoms are formed on the inner surface side of the bag body 1e at two locations on the upper sheet side of the holder sheet 2e.
This is convenient because the pocket 18 can be used as a straw, chopsticks, or a cleaning container.

  The terms and expressions used in this specification are merely explanatory and are not limiting at all, and exclude terms and expressions equivalent to the features described in this specification and parts thereof. There is no intention to do.

P1 packaging body, 1 bag body, 10 gusset part, 11 slot, 12, 12a handle hole, 15, 15a thermal fusing part, 16, 16a thermal welding, 2 holder sheet, 20 fold, 21, 21a holding hole P2 packaging body 2a holder sheet, 20a crease, 21b, 21c holding hole, 16b, 16c heat welded part P3 package, 2b holder sheet, 22, 22a weak line, 100, 100a weak line,
5 packaging body manufacturing apparatus 50 tube roll, 51 cutting blade, 52 punching machine, 53 sheet roll, 54 half-folding machine, 55 gusset part forming machine, 56, 56a heat sealing machine, 57 grip hole punching, 58 thermal fusing machine 5a Package manufacturing apparatus 50 Tube roll, 51 cutting blade, 53 sheet roll, 54 half-folding machine, 55 gusset section forming machine, 56, 56a heat sealing machine, 57 grip hole punching machine, 58 heat fusing machine, 59 brittle line forming machine P4 package, 2c holder sheet, 21d, 21e holding hole, 16d, 16e heat welded part, 20b fold, 20c fold P5 package, 2d holder sheet, 1a bag body, 21f, 21g, 21h, 21i holding hole, 25 holes 26 weak line, 21k holding hole, 27 hole, 28 weak line P6 packaging, 1b bag body, 13 heat welding line P7 packaging, 1c bag body, 14 rail fastener P8 package, 1d bag body, 17, 17a notch P9 package, 2e holder sheet, 16f heat welded part, 1e body, 18 pocket

Claims (5)

A bag body folded flat, having a gusset at the bottom and an opening on the opposite side of the gusset;
A holder sheet that is provided in parallel with the gusset portion and has one or a plurality of holding hole elements and is folded flat at a position apart from the gusset portion near the bottom in the bag body. Packaging body. The bag body and the holder sheet are formed of a plastic film, and the holder sheet is attached to both sides of the bag body opposite to the side where the heat fusing part on the both sides in the width direction and the holding hole element are provided. The packaging body according to claim 1, wherein the bag body is attached integrally with the bag main body at a heat welding portion between the bag and the bag main body. The package according to claim 1 or 2, wherein the holder sheet is folded in two so that the direction of the fold is parallel to the direction of the gusset portion. The package according to claim 1, 2 or 3, wherein the holding hole element has a structure that is edged in a required hole shape with a weak line that allows breakthrough. The package according to claim 1, 2, 3 or 4, further comprising handle means formed directly on the bag body or attached to the bag body.

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